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Globally, more super-tall buildings tend to be constructed competitively in the social and economic foundations. In the circumstance, this study is aimed at establishing a paradigm of super-tall buildings in terms of their various forms. Symbolizing a city or state, super-tall buildings not only are used as resources of tourism, but play an important role as a characteristic landmark. Therefore, it is necessary to find a curved form for a futuristic perspective. The purpose of this study is to infer the convergence relativity of curved forms among complex and diverse unstructured construction forms. This study used as subjects 50 super-tall buildings among the ranking data selected Council on Tall Buildings and Urban Habitat (CTBUH) in order for the basis of constructability related to actual design, rather than the way of recognizing a formative type, in the classification of curved forms into regularized surfaces, developable surfaces, and double-curved surfaces. The results of this study are presented as follows. This classification can be used as a fundamental material which is reasonably involved in the design process pursuing diverse curved surfaces in terms of design of tall buildings. ■ keyword :∣Tall Buildings∣Freeform-Curved Form∣Form Mixing & Convergence Relativity∣ *   2018 ()(NRF-2018R1C1B6007237)  : 2020 01 21  : 2020 02 13  : 2020 02 17  : , e-mail : jun-2i@hanmail.net191

A Study on the Convergence Relativity of the Combining Curved Forms of Tall Buildings